Date: 22 March 2022; 09:45 UT
Summary of Space Weather.
A new sunspot is emerging on the solar disc. The geomagnetic conditions are quiet at all
levels. The solar wind speed has increased.
Space Weather parameters / observations;
Sunspot Number: 30
10.7cm Flux: 95 sfu
Solar wind speed: 309.9 km.s-1
Solar wind density: 2.0 protons.cm3
Kp: 2
Bz: -1.2 nT (South)
Bt: 5.9 nT
Dst: 6 nT
Date: 21 March 2022; 11:44 UT
Summary of Space Weather.
A new sunspot is emerging on the solar disc. The geomagnetic conditions are quiet at all
levels. The solar wind speed has declined.
Space Weather parameters / observations;
Sunspot Number: 39
10.7cm Flux: 95 sfu
Solar wind speed: 295.4 km.s-1
Solar wind density: 7.1 protons.cm3
Kp:
Bz: 0.2 nT (North)
Bt: 6.7 nT
Dst: 3 nT
Date: 20 March 2022; 09:45 UT
Summary of Space Weather.
New sunspot AR2972 is growing rapidly but does not yet pose a threat for strong solar
flares. The geomagnetic conditions are quiet at all levels. The solar wind speed has
declined.
Space Weather parameters / observations;
Sunspot Number: 29
10.7cm Flux: 94 sfu
Solar wind speed: 294.9 km.s-1
Solar wind density: 14.6 protons.cm3
Kp: 2
Bz: 5.2 nT (North)
Bt: 9.7 nT
Dst: -5 nT
Date: 19 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2965 has decayed and no longer poses a threat for M-class solar
flares. The geomagnetic conditions are quiet at all levels. The solar wind speed has
increased.
Space Weather parameters / observations;
Sunspot Number: 27
10.7cm Flux: 98 sfu
Solar wind speed: 301.0 km.s-1
Solar wind density: 9.0 protons.cm3
Kp: 0
Bz: -2.4 nT (South)
Bt: 7.8 nT
Dst: 0 nT
Date: 18 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2965 has decayed and no longer poses a threat for M-class solar
flares. The geomagnetic conditions are quiet at all levels. The solar wind speed has
further declined.
Space Weather parameters / observations;
Sunspot Number: 53
10.7cm Flux: 103 sfu
Solar wind speed: 285.9 km.s-1
Solar wind density: 5.9 protons.cm3
Kp: 0
Bz: -2.2 nT (South)
Bt: 4.0 nT
Dst: – 2 nT
Date: 17 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2965 has a ‘beta-gamma’ magnetic field that harbours energy for M-class solar
flares. The geomagnetic conditions are quiet at all levels. The solar wind speed has declined.
Space Weather parameters / observations;
Sunspot Number: 41
10.7cm Flux: 107 sfu
Solar wind speed: 357.0 km.s-1
Solar wind density: 4.3 protons.cm3
Kp: 2
Bz: -0.4 nT (South)
Bt: 4.4 nT
Dst: – 8 nT
Date: 16 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2965 has a ‘beta-gamma’ magnetic field that harbours energy for M-class solar
flares. The geomagnetic conditions are quiet. The solar wind speed is increasing.
Space Weather parameters / observations;
Sunspot Number: 71
10.7cm Flux: 110 sfu
Solar wind speed: 424.8 km.s-1
Solar wind density: 5.2 protons.cm3
Kp: 1
Bz: -2.2 nT (South)
Bt: 2.4 nT
Dst: – 7 nT
Date: 15 March 2022; 22:46 UT
Summary of Space Weather.
Sunspot AR2965 has a ‘beta-gamma’ magnetic field that harbours energy for M-class solar
flares. The geomagnetic conditions are quiet. The solar wind speed has increased.
Space Weather parameters / observations;
Sunspot Number: 82
10.7cm Flux: 115 sfu
Solar wind speed: 418.0 km.s-1
Solar wind density: 4.9 protons.cm3
Kp: 1
Bz: 0.9 nT (North)
Bt: 3.4 nT
Dst: -13 nT
Date: 14 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2965 has a ‘beta-gamma’ magnetic field that harbours energy for M-class solar
flares. The geomagnetic conditions are quiet. The solar wind speed has increased.
Space Weather parameters / observations;
Sunspot Number: 64
10.7cm Flux: 123 sfu
Solar wind speed: 415.8 km.s-1
Solar wind density: 10.1 protons.cm3
Kp: 2
Bz: 20.4 nT (North)
Bt: 21.8 nT
Dst: -15 nT
Date: 13 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2965 has a ‘beta-gamma’ magnetic field that harbours energy for M-class solar
flares. The geomagnetic conditions are quiet. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 93
10.7cm Flux: 125 sfu
Solar wind speed: 353.5 km.s-1
Solar wind density: 0.9 protons.cm3
Kp: 0
Bz: -0.6 nT (South)
Bt: 1.7 nT
Dst: -2 nT
Date: 12 March 2022; 10:45 UT
Summary of Space Weather.
Departing sunspot AR2964 poses a threat for M-class solar flares. The geomagnetic conditions
are quiet. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 81
10.7cm Flux: 127 sfu
Solar wind speed: 392.3 km.s-1
Solar wind density: 2.9 protons.cm3
Kp: 3
Bz: -0.5 nT (South)
Bt: 3.5 nT
Dst: -21 nT
Date: 11 March 2022; 10:45 UT
Summary of Space Weather.
Sunspot AR2965 is crackling with C-class solar flares and its the most active sunspot on
the solar disc at the moment. The geomagnetic conditions are unsettled. The solar
wind speed has increased.
Space Weather parameters / observations;
Sunspot Number: 90
10.7cm Flux: 127 sfu
Solar wind speed: 404.4 km.s-1
Solar wind density: 8.9 protons.cm3
Kp: 4
Bz: 1.4 nT (North)
Bt: 8.1 nT
Dst: -25 nT
Date: 10 March 2022; 10:44 UT
Summary of Space Weather.
Sunspot AR2965 is crackling with B-class solar flares and its the most active sunspot on
the solar disc at the moment. The geomagnetic conditions are quiet at all levels. The solar
wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 89
10.7cm Flux: 115 sfu
Solar wind speed: 346.4 km.s-1
Solar wind density: 5.7 protons.cm3
Kp: 2
Bz: -3.1 nT (South)
Bt: 4.5 nT
Dst: -4 nT
Date: 09 March 2022; 09:45 UT
Summary of Space Weather.
Sunspot AR2960 has a ‘beta-gamma’ magnetic field that harbors energy for M-class solar
flares. The geomagnetic conditions are quiet. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 93
10.7cm Flux: 115 sfu
Solar wind speed: 411.7 km.s-1
Solar wind density: 1.7 protons.cm3
Kp: 1
Bz: -0.1 nT (South)
Bt: 4.3 nT
Dst: -1 nT
Date: 08 March 2022; 09:45 UT
Summary of Space Weather.
A new and possibly large sunspot AR2962 is emerging on the solar disc. The geomagnetic
conditions are quiet. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 84
10.7cm Flux: 118 sfu
Solar wind speed: 438.5 km.s-1
Solar wind density: 3.8 protons.cm3
Kp: 1
Bz: 0.0 nT (North)
Bt: 3.7 nT
Dst: -18 nT
Date: 07 March 2022; 09:46 UT
Summary of Space Weather.
New sunspot AR2962 is crackling with C-class solar flares. The geomagnetic
conditions are quiet. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 82
10.7cm Flux: 116 sfu
Solar wind speed: 470.9 km.s-1
Solar wind density: 4.0 protons.cm3
Kp: 1
Bz: 0.0 nT (North)
Bt: 3.7 nT
Dst: -27 nT
Date: 06 March 2022; 09:50 UT
Summary of Space Weather.
New sunspot AR2962 is crackling with C-class solar flares. The geomagnetic conditions are unsetlled.
The solar wind speed is moderately high.
Space Weather parameters / observations;
Sunspot Number: 95
10.7cm Flux: 120 sfu
Solar wind speed: 523.3 km.s-1
Solar wind density: 10.3 protons.cm3
Kp: 4
Bz: -0.3 nT (South)
Bt: 5.7 nT
Dst: -46 nT
Date: 05 March 2022; 15:46 UT
Summary of Space Weather.
Sunspot AR2960 is crackling with C-class solar flares. The geomagnetic conditions are unsetlled.
The solar wind speed is moderately high.
Space Weather parameters / observations;
Sunspot Number: 77
10.7cm Flux: 99 sfu
Solar wind speed: 507.1 km.s-1
Solar wind density: 8.6 protons.cm3
Kp: 5
Bz: -3.0 nT (South)
Bt: 6.6 nT
Dst: -32 nT
Date: 04 March 2022; 10:20 UT
Summary of Space Weather.
Sunspot AR2960 is growing rapidly and poses greatest threat for flares today. The geomagnetic conditions are quiet.
The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 92
10.7cm Flux: 99 sfu
Solar wind speed: 406.3 km.s-1
Solar wind density: 11.4 protons.cm3
Kp: 2
Bz: 3.2 nT (North)
Bt: 4.5 nT
Dst: -4 nT
Date: 03 March 2022; 23:44 UT
Summary of Space Weather.
Sunspot AR2957 is growing rapidly. The geomagnetic conditions are quiet. The solar wind speed is declining.
Space Weather parameters / observations;
Sunspot Number: 62
10.7cm Flux: 99 sfu
Solar wind speed: 423.8 km.s-1
Solar wind density: 3.8 protons.cm3
Kp: 1
Bz: 1.8 nT (North)
Bt: 2.5 nT
Dst: 10 nT